A WILKINSON STAR LIMITED PRODUCT 01-19 ISSUE 1
Pin 2 is the common terminal of the potentiometer. It uses the torch
control wheel 0 as the starting position. When the current is the
minimum, the resistance of Pin 1 and Pin 2 is 10KΩ and the
resistance of Pin 2 and Pin 3 is 0Ω. When the wheel rotates to the
maximum and the current is the maximum, the resistance of Pin 1
and Pin 2 is 0Ω and the resistance of Pin 2 and Pin 3 is 10KΩ.
3. Connect the digital adjustable welding torch to Pin 4, Pin 5,
Pin 6, Pin 7, Pin 8 and Pin 9 of the torch switch aviation socket
on the front panel of the welder through a special cable. Pin 4
-, Pin 5 +, Pin 6 2T/4T. Pin 7 has no connection.
4. Under no load, press the remote button to
turn on the indicator. The welding torch
enters the torch control mode.
5. Set the maximum welding current through the panel before
welding. Adjust the current by adjusting the welding torch
potentiometer in the welding process. The adjustable range is
the minimum value to the set value.
6. When using the digital adjustable control torch, the
adjustment parameter can be switched through the
“Parameter Selection” button on the welding torch, and the
parameters can be adjusted through the “Para+” and “Para-”
button, the “Torch switch” of the welding torch controls the
output mode.
Para-
Parameter
selection
Torch switch
Para+
Digital adjustable control torch
Torch switch
Current
regulating
potentiometer
Analog adjustable control torch
Analog torch plug
Digital torch plug
Cooler connections
1. Pin 1 and Pin 2 are the 230VAC output terminals of the water cooler. Pin 3 and
Pin 4 are the error signal input terminals of the water cooler.
2. Under no load, press the water button to turn on the
indicator. The machine then enters water cooling cycle mode
during welding.
3. After welding has ceased, the cooler will work for 5
minutes. If there is no welding in 5 minutes, the water cooler switches off
automatically.
